We can study the motion of objects by looking at three quantities as time goes on: Position, Velocity, and Acceleration. Newton's Laws of Motion put these ideas together in a straightforward way.
Activity:
Click on the image to try the Filing Cabinet simulation. Try a standard sequence of pushes using each of the three graphing options. See what you notice!
Periods 3, 4/5, & 10
Conclusion:
You will need to be good at "translating" these graphs. Here are some questions for practice:
Period 2 & 9
Periods 3, 45, 10
Can you pause the simulation when the filing cabinet is changing direction? What did the V-t graph look like then?
Can you pause the simulation when the filing cabinet is at peak speed? What did the V-t graph look like then?
Can you tell when the filing cabinet is not moving? What did you look for?
Can you tell when the filing cabinet is coasting? What did you look for?
Practice:
The following video clips show a Velocity-Time graph. Before you play the video, practice predicting what motion you THINK will cause a graph with that shape.
Table of Contents
Introduction:
We can study the motion of objects by looking at three quantities as time goes on: Position, Velocity, and Acceleration. Newton's Laws of Motion put these ideas together in a straightforward way.Activity:
Conclusion:
You will need to be good at "translating" these graphs. Here are some questions for practice:Practice:
Enrichment: